Working backward: Computer-aided design of zeolite templates

(Phys.org) —Taking a page from computer-aided drug designers, Rice University researchers have developed a computational method that chemists can use to tailor the properties of zeolites, one of the world's most-used industrial ...

Feeding our growing population with flies

Scientists have predicted that by 2050 there will be 9.6 billion humans living on Earth. With the rise of the middle class, we are expected to increase our consumption of animal products by up to 70% using the same limited ...

Changes to animal feed could supply food for 1 billion people

While millions around the world face the threat of famine or malnutrition, the production of feed for livestock and fish is tying up limited natural resources that could be used to produce food for people. New research from ...

Harmful fungal toxins in wheat are a growing threat, says study

Wheat—the most widely cultivated crop in the world—is under growing attack from harmful toxins. Across Europe, almost half of wheat crops are impacted by the fungal infection that gives rise to these toxins, according ...

Eating low-fat, thanks to lupin proteins

Food should be delicious, healthy and sustainably produced. Researchers are working on new methods to use as many parts of plants as possible for nutrition. In the future, vegetable ingredients could replace animal raw materials. ...

EU agrees to allow traces of GM crops in EU animal feed

Crops containing tiny traces of genetically modified produce will be allowed to enter the European food chain for the first time under plans approved by EU governments Tuesday and attacked by environmental campaigners.

Traces of cow’s methane emissions in the milk

Wageningen University researchers in the Netherlands are able to determine cows' methane emissions using the composition of fatty acids in their milk. This opens up the prospect of a method for reducing methane production ...

Gene breakthrough boosts hopes for sorghum

Agricultural researchers on Tuesday said they had found a gene that boosts the digestibility of sorghum, transforming a humble grain into a potential famine-beater.

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